Assystem Interview Questions, Process, and Tips

Q1. Aptitude questions were mostly just like ESE questions and Technical questions were similar to JE exam questions
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Q1. Basic Introduction
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Q2. Question Related to SFD N BMD
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Q3. Question Related to Reinforcement detailing
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Q4. Basic Questions from slab
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Q5. Difference between one way slab n two way slab
Ans. 
One way slab is supported on two opposite sides only, while two way slab is supported on all four sides.
• One way slab bends in only one direction, while two way slab bends in both directions.

• One way slab is designed with main reinforcement in one direction only, while two way slab has main reinforcement in both directions.

• Examples: One way slab - balcony slab. Two way slab - flat slab in a building.
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Q6. BMD of frames (different cases)
Ans. 
BMD of frames refers to the bending moment diagrams of structural frames under different loading conditions.
• BMD shows the variation of bending moment along the length of the frame.

• Different cases include point loads, distributed loads, and varying support conditions.

• Calculating BMD involves determining reactions, internal forces, and moment distribution.

• Example: BMD for a simply supported beam with a point load at the
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Q1. About ourself- introduction
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Q1. Knowledge about MCCB,MPCB,dialux software,DOL Starters etc.
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Q1. Maximum power capacity of project handled
Ans. 
Handled projects with power capacity up to 500 MW
• Managed electrical design and installation for power plants with capacity up to 500 MW

• Oversaw testing and commissioning of electrical systems for large-scale industrial projects

• Implemented energy-efficient solutions to optimize power usage and reduce costs

• Collaborated with cross-functional teams to ensure project timelines and budgets were met
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Q1. Give a brief introduction about your self about your education, your achievements, field training and tell about where do you see yourself after 5 yrs.
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Q2. Question related to my branch (civil engineering) 1 What do you mean by RCC ? 2 Enlist the loads considered while designing the RCC structure ? 3 what do you mean by effective depth and effective cover ? 4...read more
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Q1. Describe Otto cycle.
Ans. 
Otto cycle is a four-stroke combustion cycle used in spark-ignition engines.
• It consists of four processes: intake, compression, power, and exhaust.

• During the intake stroke, the fuel-air mixture is drawn into the cylinder.

• In the compression stroke, the mixture is compressed to a high pressure and temperature.

• The power stroke is where the spark plug ignites the mixture, causing it to expand and push the piston down.

• Final...read more
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Q2. What is the difference between 4 stroke and 2 stroke engines?
Ans. 
4 stroke engines have separate intake, compression, combustion and exhaust strokes while 2 stroke engines combine intake and compression strokes and combustion and exhaust strokes.
• 4 stroke engines are more fuel efficient and produce less pollution than 2 stroke engines.

• 2 stroke engines are simpler in design and have fewer parts than 4 stroke engines.

• 2 stroke engines have a higher power-to-weight ratio than 4 stroke eng...read more
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Nothing much , rest is basically technical

We have to talk on a subject for log time thats all

Q1. How to speed control on motor and generator.
Ans. 
Speed control on motors and generators can be achieved through various methods.
• For motors, speed control can be achieved by adjusting the voltage, frequency, or the number of poles.

• For generators, speed control can be achieved by adjusting the mechanical input or the load connected to the generator.

• In motors, variable frequency drives (VFDs) can be used to control the speed by adjusting the frequency of the power suppl...read more
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Q2. What is IDFT controller ?
Ans. 
IDFT controller stands for Inverse Discrete Fourier Transform controller.
• IDFT controller is used in signal processing to convert frequency domain signals to time domain signals.

• It is the inverse of the Discrete Fourier Transform (DFT) controller.

• IDFT controller is commonly used in audio and video processing applications.

• It is also used in communication systems to convert frequency domain signals to time domain signals ...read more
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Q1. Tell me about yourself , and why did you choose civil engineering
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Q1. Some questions related to my internships, reinforcement details , and some related to rebars
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